10–12 Oct 2005
CERN
Europe/Zurich timezone

Session

Physics at the proton and neutron drip lines

Driplines
11 Oct 2005, 08:30
503-1-001: SALLE DU CONSEIL (CERN)

503-1-001: SALLE DU CONSEIL

CERN

CH-1211 Geneva 23 SWITZERLAND

Conveners

Physics at the proton and neutron drip lines

  • Piet Van Isacker (GANIL)
  • Karsten Riisager (University of Aarhus)
  • Bjorn Jonson (Chalmers University of technology)

Presentation materials

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  1. Dr Maria Jose Garcia Borge (IEM-CSIC)
    11/10/2005, 08:30
    Physics at the proton and neutron drip lines
    Invited oral contribution
    For nuclei far from stability the differences in isobaric masses increases quadratically and the binding energy of the last nucleon decreases dramatically making beta-delayed particle emission the dominant decay channel at the drip lines. Beta decay is a well understood process and allows for a wide variety of spectroscopic information to be extracted from experiment: level energies,...
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  2. Dr Gerda Neyens (KU Leuven, IKS)
    11/10/2005, 09:10
    Physics at the proton and neutron drip lines
    Invited oral contribution
    In this presentation, we show how nuclear ground state properties like spins, magnetic dipole and electric quadrupole moments, and nuclear charge radii can provide us with detailed information about the nuclear structure and how systematic studies of these observable towards the driplines can help to test the validity of newly developed nuclear models and interactions. This will be...
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  3. Prof. Georg Bollen (Michigan State University)
    11/10/2005, 09:35
    Physics at the proton and neutron drip lines
    Invited oral contribution
  4. Dr Marek Ploszajczak (GANIL)
    11/10/2005, 10:30
    Physics at the proton and neutron drip lines
    Invited oral contribution
  5. Dr Thomas Nilsson (Chalmers University of technology and TU Darmstadt)
    11/10/2005, 10:55
    Physics at the proton and neutron drip lines
    Invited oral contribution
    Our picture of the structure of nuclei is undergoing dramatic changes when systems far away from the line of stability are studied. Established landmarks in the nuclear landscape like the magic numbers are weakened or displaced, and the nuclear spin-orbit interaction appears to diminish. In the most extreme nuclear systems that can be experimentally studied today, various types of...
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  6. Dr Angela Bonaccorso (INFN-PISA)
    11/10/2005, 11:20
    Physics at the proton and neutron drip lines
    Invited oral contribution
    The position and even the existence of a neutron and a proton drip lines are among the great, still unresolved, questions of nature. In this talk first I will state the problem of Physics at the proton and neutron drip lines in general terms of understanding the structure of the matter. Then I will specialize on Nuclear Physics theoretical issues. A "roadmap" for future research will...
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